Pulse plants have nodules to help them convert nitrogen in the atmosphere to ammonia that can be used by the pulse plants to manufacture amino acids, proteins, nucleic acids, and other nitrogen-containing compounds that are necessary for the pulse plants to survive.
The conversion of atmospheric nitrogen into ammonia is called nitrogen fixation. The nitrogen fixation process starts with the formation of nodules.
Rhizobium is a common soil bacterium which invades the roots of the pulse plant and multiplies within the cells of the cortex layer. Within a week after infection small nodules are visible to the naked eye.
The nodules grow and turn pink or reddish in color indicating that the process of nitrogen fixation has started.
Nitrogen fixing bacteria. They convert nitrogen in the iar into a form that the plant can use.
nitrogen
The root nodules. they fix the bacteria in the soil so it's the most sensible place!
Plant parts are swollen in many cases due to storage of food. In some aquatic plants, some plant parts like leaf petiole are swollen due to air chambers so that these plants can float in water.
It contains bacteria that fix nitrogen in the soil. This provides this vital element not only for the legume but also other plants in the vicinity
The nitrogen goes into the nodules of the plant.
ewte
ewte
Root nodules are special structures that contain nitrogenous bacterias , those stores atmospheric nitrogen to soil.
ewte
the mechanism how pulse crop fix atmospheric nitrogen.
rhizobium
it is rhizobium
The root nodules of leguminous plants like gram,pulses,etc. contain nitrogen-fixing bacteria,rhizobia, which help in fixing nitrogen in the soil for the plants to absorb.Nitrogen is essential for the growth of plants.
In nodules on the roots.
nitrogen fixation
they are found growing the roots of plants e.g. cress
nitrogen